SKF 6203-Z/C3 1 Row Deep Groove Ball Bearing - 17 mm ID, 40 mm OD

SKF Deep Groove Ball Bearing, 17mm Inside Diameter, 40mm Outside Diameter - 6203-Z/C3

This deep groove ball bearing is a versatile solution designed for both static and dynamic applications. The steel construction ensures durability, while the dimensions of 17mm inner diameter and 40mm outer diameter make it suitable for various mechanical systems. The single-row deep groove design enhances its performance in demanding environments, making it a reliable choice in automation and electrical industries.

This deep groove ball bearing is a versatile solution designed for both static and dynamic applications. The steel construction ensures durability, while the dimensions of 17mm inner diameter and 40mm outer diameter make it suitable for various mechanical systems. The single-row deep groove design enhances its performance in demanding environments, making it a reliable choice in automation and electrical industries.

Features & Benefits

• One side shielded for enhanced protection against contaminants• C3 clearance enables performance under high load conditions• Steel ball material ensures longevity and resistance to wear• Lightweight design at 0.066kg for easy installation• Suitable for high-speed applications with limiting speed of 24000 r/min

• One side shielded for enhanced protection against contaminants

• C3 clearance enables performance under high load conditions

• C3 clearance enables performance under high load conditions

• Steel ball material ensures longevity and resistance to wear

• Steel ball material ensures longevity and resistance to wear

• Lightweight design at 0.066kg for easy installation

• Lightweight design at 0.066kg for easy installation

• Suitable for high-speed applications with limiting speed of 24000 r/min

• Suitable for high-speed applications with limiting speed of 24000 r/min

Applications

• Used in electric motors for efficient energy transfer• Ideal for conveyor systems to support smooth operation• Suitable for pump assemblies where reliability is critical• Utilised in robotics for precise movement and control

• Used in electric motors for efficient energy transfer

• Ideal for conveyor systems to support smooth operation

• Ideal for conveyor systems to support smooth operation

• Suitable for pump assemblies where reliability is critical

• Suitable for pump assemblies where reliability is critical

• Utilised in robotics for precise movement and control

• Utilised in robotics for precise movement and control

What lubrication methods are suitable for optimal performance?

Regular lubrication with appropriate grease is crucial for maintaining smooth operation. Ensuring the right consistency prevents over-lubrication, which can compromise performance and lead to premature wear.

Regular lubrication with appropriate grease is crucial for maintaining smooth operation. Ensuring the right consistency prevents over-lubrication, which can compromise performance and lead to premature wear.

What load factors should be considered when selecting this bearing?

It's essential to evaluate the operating conditions, such as load types (static or dynamic) and environmental factors. The specified dynamic load rating of 9.95kN indicates the maximum load this bearing can continuously withstand without failure.

It's essential to evaluate the operating conditions, such as load types (static or dynamic) and environmental factors. The specified dynamic load rating of 9.95kN indicates the maximum load this bearing can continuously withstand without failure.

How does the sealing arrangement impact maintenance?

The one side shielded design provides protection against dust and debris, reducing maintenance frequency. However, end users should inspect the exposed side regularly to ensure optimal longevity and performance.

The one side shielded design provides protection against dust and debris, reducing maintenance frequency. However, end users should inspect the exposed side regularly to ensure optimal longevity and performance.